WO2016099316A1 - Hardware-software complex - Google Patents

Abstract

The hardware and software system having a basic unit made in the form of a watch with possible installation in a cradle of a removable wearing device having a controller to exchange data and make measurements as well as to perform information functions together with the microphone headset and the watch. At the same time the following is connected to the watch processor: navigation module GPS/GLONASS, WiFi modules, Bluetooth, GSM network block, LTE network block, videocard, display, battery, MicroSD card, BIOS block, touchpad, as well as sensors of accelerometer, altimeter, gyro, hygrometer, thermometer. The system also allows connection of an adapter, PC, external units of wearing device, headset with earphones and processor, cell phone, tube for subsequent installation of the watch in them, microphone headset, telephone and WIDI adapter to the processor.

Description

Hardware-Software Complex

Field of the Invention

The invention relates to mobile devices of operative individual use, and in particular, to wearable multitouch mobile devices based on the convenient form of a wristwatch ' Smart Watches' with a bracelet, headsets, and headphones.

Prior Art

There is known a hardware and software system which is a watch with additional function, including a body with two faces; tool to bracing the body to the user's wrist; base clock electronic unit associated with the indicator of astronomical time, placed on one of the dials; a tool for registration and assessment of user's heart rate, including heart rate sensor, disposed on the rear side of the body bracing tool, an additional indicator, located on the second dial, and control buttons. A tool for registration and assessment of user's heart rate is provided with a matrix unit, which input connected with the heart rate frequency by pulse squarer, and output - with an additional indicator, wherein the matrix unit includes sequentially linked circular counters with dividers, and each coupled to a corresponding cell of the additional indicator providing a 'personal time' of the user, characterized by a variable stroking speed, determined by pulse rate in case of abidance by the terms of indication - one pulse stroke mimics one second of 'personal time' with following displaying of the total result in the common units. The watch is also equipped with an impulse analyzer of repetitive physical processes of the user made in the form of overhead sensors of respiratory process as well as cardio and EEG oscillations connected with the possibility of remote transmission of signals by the matrix unit to registration and assessment of user's heart rate tool with processing and demonstration of the 'personal time' through the appropriate software. Sensors determine the amount of breath-ins and outs of the user RU 2158021 ).

There is also known a hardware and software system which is a mobile control device of monitoring system, which is selectively connected via the cellular network of GSM communication operator with the server of subordinated persons monitoring system. It includes a body, charger, battery, microcontroller configured to generate and transmit a coded signal, GSM module, SIM-card slot, system of device integrity monitoring, display and keyboard device, GPS/GLONASS module, radio signal receiver from an electronic bracelet, voice communication means with the stationary remote subordinated persons monitoring system board and/or operator of this board, RFID section, 3D accelerometer, nonvolatile memory block, DC/DC pulse transformer block for voltage boost or undervoltage, linear stabilizers block for noise suppression of the power supply circuit, micro SD memory card slot, external voltage sensor, a circuit voltage sensor, and 'Emergency Call' button. The display unit is designed in the form of LED indicators and includes 'GSM-taking indicator', 'Receiving satellite signals indicator' and 'Battery status indicator'. Voice communication means with the stationary remote subordinated persons monitoring system board and/or operator of this board is designed in the form of telephone capsule and microphone. The keyboard includes buttons: 'Power On/Off, 'Receiving an incoming/making outgoing call', 'End of the incoming/outgoing call' and 'Emergency Call' RU 127 501 ).

Information about the hardware and software systems designed in a clock form-factor available in the Internet:

http://www.imsmart.com/en

https://getpebble.com/

https://moto360.motorola.com/

http://www.apple.com/watch/

http://www.samsung.com/uk/consumer/mobile-devices/wearables/gear/SM- V7000Z ABTU

http://www.lg.eom/global/gwatch/index.html#herstyle4

These technical solutions have a small number of additional functionalities.

There is known a hardware and software system, which is a mobile device containing: an air conduction microphone that converts acoustic waves into an electric microphone signal; an alternative sensor that provides an alternative sensor signal containing information about speech; proximity sensor, that provides a signal containing information about the distance between the mobile device and the user; clean signal estimator device that estimates the value of the clean speech signal based on mentioned microphone, the alternative sensor signal and the proximity sensor signal; and a data exchange interface that enables a mobile device to transfer mentioned clean speech value directly to other mobile devices. Data exchange interface enables to carry out several types of data exchange with other mobile devices. One of several types of data exchange includes 'one-to-one' data exchange with one other mobile device, even when more than one mobile device is available for exchange; one of several types of data exchange includes 'one-to-many' data exchange with a plurality of other mobile devices or data exchange interface; and one of several types of data exchange includes 'many-to-many' data exchange, data exchange interface also enables the exchange of data with the network, interface enables the data exchange with a server in the network, exchange data with the server contains the audio and video, exchange with the server also includes data corresponding to a document image, which is shared with another computing device, the data exchange with the server also contains instructions to modify the document, and in which the server modifies the document based on the instructions, and provides data corresponding to the modification of the document to other computing device. The mobile device contains a receiver of global positioning satellite signal, which can generate position value indicating the position of the mobile device, and data exchange with the server providing the position value to the server. The server places the speech recognition program, and wherein data exchange with the server contains providing sound data to the server and receive the recognized text from the server, the translation program, and wherein which data exchange with the server contains providing of content in one language to server and receive translation in a different language from the server. The mobile device contains a cellular telephone and a personal digital assistant. Data exchange interface also enables direct data exchange with another device. RU 2391716, Prototype).

The disadvantages of the known hardware and software systems are the narrowness of the functionality in terms of values amount and organization of their operational transfer and implementation of appropriate software settings and lo precision of integrated collection and provision of information.

Summary of the Inventions

An object of the invention is providing an efficient hardware and software mobile complex and expanding the arsenal of hardware and software systems.

The technical result which provides solution to the problem is to extend the functionality in terms of values amount and their operational transfer and implementation of appropriate software settings, high precision of complex remove, processing, and providing of information.

The essence of the invention is that the hardware and software system includes a base element with a processor in the body in the form of a wristwatch with possibility to place on the removable worn device having a controller and configured to exchange of information and performing control, measuring, and information functions in conjunction with a headset microphone and clock. The clock is done with a waterproof body, wherein the touch screen mounted on the one side and a glass cover with on the other side, between which at the perimeter placed the rotating rubberized ring arranged to interact with the processor with the ability to select information and menu items that appear on the display and text input.

In this case, GPS/GLONASS navigation module are connected to the clock processor module, WiFi wireless modules, Bluetooth, GSM network module, LTE network module, graphics card, display, battery, MicroSD card, BIOS block, touch panel, and sensors from the group: accelerometer, altimeter, gyroscope, hygrometer, thermometer, and module is configured to connect adapter, PC and external devices to the processor and to the external devices of complex from the group: wearing bracing tool, headset with processor and headphones, cell phone, tube for serial installation clock, bracing tool, headset with microphone and phone, and also WIDI adapter in it.

Typically, the watch body is made of a cylindrical shape, provided with an outer central electrical connector to connect with mating electrical connector of bracing tool cradle, and is made with places for the plug-in memory card and SIM Card around the connector under a glass cover, and connected to the processor program executed MP3 Player, MP4 Player, and a built-in compass.

Preferably, switch and battery are connected to the bracing tool, whereas electrical connectors of watch and the bracing tool cradle are provided with docking control and anchoring means when docking.

In particular cases, the bracing tool is made in the form of clips for wearing on a belt or around the neck, fitted with exhaust flap strap and clip-stand.

In other special cases, the bracing tool is made in the form of a wrist bracelet with magnetic clasp and with multiple segments connections between themselves and the cradle.

Preferably, in the first segment of the bracelet from the cradle an Optical mouse' devise is located with the possibility of movement in a vertical direction to simulate pressing the 'mouse' button, and side buttons with possibility of movement in a horizontal direction and clock blocking.

In this case, in the second and third segment of bracelet placed the battery is put, as well as GSM/LTE module and a place for SIM-Card, and in the last segments of the bracelet are buttons to adjust the length of the bracelet with the possibility of pulling the built-in adjustment strap at the ends of which there are parts of the magnetic clasp.

At the same time switch, battery, touch panel combined with the optical mouse, and blood pressure, body temperature and heart rate sensors are connected to the bracelet controller.

Preferably, the headset with microphone has a clip for attaching to clothing and provided with the player, barometer, position and acceleration sensors, while the headset consists from two main and additional segments connected with the stretchable main wire with the ability to be anchored to each other or separated putting into two ears, in the main segment located battery is located with a round connector on the internal surface of the segment and the charge indicator.

In addition, the headset includes the processor in the main segment, which is connected to: earphone speaker, speaker ringer, vibration motor, the Micro SD card, BIOS block, charging indicator, switch, GPS/GLONASS navigation module, battery, microphone, touchpad, wireless Bluetooth module, photo camera with multiple lenses, sensors from the group: accelerometer, altimeter, gyroscope, compass, thermometer, hygrometer, while in the removable segment headset contains connected to the main segment processor earphone speaker, photo camera with multiple lenses, the sensor film, and both segments have laps, each of which has a sensor film for controlling the connection and volume.

The complex is preferably provided with a charging device consisting of an adapter and a power supply, wherein the sides of the adapter are in the form of flat electrical connectors, from the top is one and from the bottom are two circular electrical connectors, adapter configured to be mounted between the bracelet locks for charging bracelet and inserted clock in bracelet cradle.

The power supply unit is designed with stretchable electric wire 'socket' connector for connection to the adapter.

The complex preferably contains a WIDI adapter for connection of 'Smart Watch' with personal computers with USB port, as well as for transfer the image to the HDMI port of TVs, monitors and other equipment that has such port. It is designed with roll-top cover, under which is located turning connector with LEDs to indicate the connection and data transfer process.

The complex is preferably provided with at least one USB-Cable for headset connection with a personal computer with USB port, wherein the cable consists of a round connector, wire and USB connector, and in the connectors bodies round rotating wheel is provided, in the center of which is placed the logo with the ability to glow when connected to the USB Port.

In the best cases of implementation there are cameras, microphones, speakers, switch, battery, display, touchpad, proximity sensor, charging indicator, Bluetooth and WiFi wireless modules are connected to the phone processor.

The complex is preferably provided with a controller having tube for serial installation of clock, bracing tool, headset and phone, designed with possibility of information interaction, color display, and playback of sounds, and dynamics, LEDs, and battery are connected to the tube controller.

The complex is preferably configured with software to perform the following functions:

- Determination of the time by the clock mechanism,

- Playing and listening to music with a MP3 player,

- Playback and video display, including sound playback, with MP4 player

- Positioning with GPS navigation module, - Determination of the cardinal points using the built-in compass,

- Determination of the motion acceleration with the built-in accelerometer,

- Determination of the position in space and the height and via the gyroscope and altimeter, respectively,

- Communication with other electronic devices and ranging to the source signal by means of wireless GSM, Wi-Fi and Bluetooth,

- Audio and video transmission to the headphones, phones and other electronic devices, including simultaneous transmission to multiple devices using wireless technology Multipoint BlueTooth,

- Charging from the mains of different types,

- The introduction of text by applying marks on the display or by using the rubberized rotating ring,

- Recording data in permanent memory,

- Making calls in GSM and LTE networks, as well as videocalls.

Drawings Short Description

Fig. l shows the 'Smart Watch' hardware and software complex (general view); Fig.2 - top view of Fig.1 ; Fig.3 - bottom view of Fig. l ; Fig.4 - bottom view with removed bottom cover; Fig.5 - view of the first lock button below; Fig.6 - bottom view of the Micro SD format card slot; Fig.7 - a view of the second lock button; Fig. 8 - bracelet with opened cradle; Fig.9 - bracelet with placed clock; Fig.10 - lock bracelet with clock; Fig. l 1 - optical mouse and button on the first segment of the bracelet; Fig.12 - bracelet clips; Fig.13 - the sequence of installation and removal of clock from the bracelet; Fig.14 - clock turn on the bracelet cradle; Fig.15 - bracelet with extended strap; Fig.16 - buttons for adjustment the length of the bracelet; Fig.17 - scheme of lock magnets interaction; Fig.18 - handwriting on the clock display; Fig.19 - round connector scheme; Fig.20 - cut of 'plug' and 'socket' connectors; Fig.21 - scheme of the round 'plug' connector with 3 contacts; Fig.22 - cut of 'plug' 3-pin and 'socket' 12 + 1 + 1 pin connectors of Fig.21 ; Fig.23 - 3-pin 'plug' connector; Fig.24 - connectors scheme of Fig. 23 is a cut; Fig.25 - round connector on the ribbon cable; Fig.26 - flat electrical connector for bracelet charging and for positioning fastening bracelet on arm; Fig.27 - 'socket' connector with contacts in the form of concave hemispheres in a cut; Fig.28 - charger adapter; Fig.29 - view from below of Fig.28; Fig.30 - charger power adapter; Fig.31 - power adapter contacts; Fig.32 - power supply adapter with a round connector; Fig.33 - adapter with a round connector with contacts in the amount of 3 and 12 + 1 + 1 ; on Fig.34 - adapter with round connector, larger scale; Fig.35 - USB-cable; the Fig .36 - round connector of USB-cable; Fig.37 - flat USB-cable connector; Fig.38 - WiDi adapter; Fig.39 - adapter with a shifted and rotated cover of one connector; Fig.40 - adapter with a shifted and rotated cover of the other connector; Fig.41 - clip; Fig.42 - clip from the connector side; Fig.43 - clip with an elongated strap; Fig.44 - clip with bent stand; Fig.45 - headset; Fig.46 - headset from headset switch side; Fig.47 - headset divided into 2 segments; Fig.48 - headset with main operation elements; Fig.49 - angle view on the headset battery life indicator; Fig.50 - end view on the switch and headset battery life indicator; Fig.51 - headset removed with touch pads; Fig.52 - scheme of installation of the headset sensor pads; Fig.53 - design of wire connection of 2 sections of the headset; Fig.54 - headset with cameras in the unfolded state; Fig.55 - detachable earphone headset segment rotated around its axis; Fig.56 - scheme of Micro SD card replacing under the top plate of separated headset segment; Fig.57 - view from the right headset earphone; Fig. 58 - charging scheme with an adapter which on both sides have a circular 'plug' connectors; Fig.59 - charging complex device group; Fig.60 - left view of Fig.59; Fig.61 - charging complex device group

- view from the bottom point; Fig.62 - phone; Fig.63 - end view of Fig.62; Fig.64 - back view from of the phone; Fig.65 - phone display; Fig.66 - tube in an vertical position; Fig.67 - tube in a horizontal position; Fig.68 - front view of a tube with an open center cover; Fig.69

- rear view of the tube; Fig.70 - phone on the tube in vertical position; Fig.71 - view of the tube segment with the clock and cover turned up; Fig.72 - view of a segment with a clip with a lid and with the clock and cover turned up; Fig.73 - view of the central segment of the tube with headset and a with the clock, clip, and cover turned up; Fig.74 - bottom view of the tube from segment with WIDI-adapter and USB cable with turned lower cover; Fig.75 - bottom view of the tube segment with adapter, turned bottom cover, WIDI-adapter segment and USB cable; Fig.76 - bottom view of the tube segment with charger, turned bottom cover, WIDI-adapter segment and USB cable and with an adapter section; Fig.77 - device locks on the axis of rotation of the tube; Fig.78 - 'Smart Watch' schematic cut; Fig.79 - 'Smart Watch' in the bracelet with shown laps and chrome rings; Fig.80 - bracelet of the 'Smart Watch' in schematic cut; Fig.81 - letters selecting using the rubberized wheel when writing text; Fig.82 - volume control using the rubberized wheel; Fig.83 - Multilens camera of the detachable headset segment in an elevated position; Fig.84 - Multilens camera of the detachable headset segment in an elevated position and rotated about a horizontal axis; Fig.85 - Multilens camera headset detachable segment positions in a raised position by rotating about a vertical axis; Fig.86 - Multilens camera headset detachable segment positions in a raised position by rotating about a vertical axis; Fig.87 - block diagram of hardware and software complex; Fig.SS - a block diagram of a bracelet; Fig.88 - a block U2014/000948

8 diagram of a headset; Fig.90 - a block diagram of a phone; Fig.91 - block diagram of the tube.

In the drawings 1-91 , the following elements are marked by positions pos. 1 -196: pos. Fig. Name

1 Fig 87 Processor of the 'Smart Watch'

2 Fig 87 GPS/GLONASS module of the 'Smart Watch'

3 Fig 87 WiFi module of the 'Smart Watch'

4 Fig 87 Bluetooth module of the 'Smart Watch'

5 Fig 87 GSM block of the 'Smart Watch'

6 Fig 87 LTE block of the 'Smart Watch'

7 Fig 87 Sensors of the 'Smart Watch'

8 Fig 87 Videocard of the 'Smart Watch'

9 Fig 87 Display of the 'Smart Watch'

10 Fig 87 Battery of the 'Smart Watch'

11 Fig 87 MicroSD cards of the 'Smart Watch'

12 Fig 87 BIOS block of the 'Smart Watch'

13 Fig 87 Touchpad of the 'Smart Watch'

14 Fig 87 Rubberized wheel

15 Fig 87 Adapter of the 'Smart Watch'

16 Fig 87 PC

17 Fig 87 Headset

18 Fig 87 Telephone

19 Fig 87 WIDI Adapter

20 Fig 87 Bracelet

21 Fig 87 Tube

22 Fig 87 Power Source

23 Fig 91 Tube Speakers

24 Fig 91 Tube Leds

25 Fig 91 Tube Battery

26 Fig 91 Tube Controller

27 Fig 88 Bracelet Controller

28 Fig 88 Bracelet Switch

29 Fig 88 Bracelet Battery 30 Fig 88 Bracelet Sensors

31 Fig 88 Bracelet Touchpad

32 Fig 89 Headset Processor

33 Fig 89 Headset Earphones Speakers Block

34 Fig 89 Headset Ring Speaker Block

35 Fig 89 Vibro-motor

36 Fig 89 Headset Micro SD Block

37 Fig 89 Headset BIOS Block

38 Fig 89 Headset Charging Indicator Block

39 Fig 89 Headset Switch Block

40 Fig 89 Headset GPS/GLONASS block

41 Fig 89 Headset Battery

42 Fig 89 Headset Microphones Block

43 Fig 89 Headset Touchpad

44 Fig 89 Headset Bluetooth Block

45 Fig 89 Main Segment Multilens Cameras Block

46 Fig 89 Headset Sensors Block

47 Fig 89 Earphone Speaker Block

48 Fig 89 Removable Segment Multilens Cameras Block

49 Fig 89 Headset Touchpad

50 Fig 90 Telephone Processor

51 Fig 90 Telephone Cameras Block

52 Fig 90 Telephone Microphones Block

53 Fig 90 Telephone Speakers Block

54 Fig 90 Telephone Switch Block

55 Fig 90 Telephone Battery

56 Fig 90 Telephone Display

57 Fig 90 Telephone Touchpad

58 Fig 90 Telephone Proximity Sensor Block

59 Fig 90 Telephone Charging Indicator

60 Fig 90 Telephone Bluetooth Block

61 Fig 90 Telephone Wifi Block

62 Fig 4 Nanosim Card

63 Fig 4 Smart Watch Micro SD Card Fig 4 Rear Panel Lock Button

Fig 9 Bracelet Laps

Fig 9 Bracelet Chrome Rings

Figl l Optical Mouse With Button

Figl l 'Sleep Mode' Button

Figl2 Bracelet Locks

Figl 6 Bracelet Length Regulation Buttons

Figl 9 Signal Contacts 12+1 of the 'socket' connector

Figl9 2 power contacts of the 'socket' connector

Figl 9 Magnet of the 'Socket' Connector

Figl9 Insulators of the 'Socket' Connector

Figl 9 Rubberized Rotation Ring

Figl9 Signal Contacts 12+1 Of The 'Plug' Connector

Figl9 2 Power Contacts of the 'Plug' Connector

Figl9 Magnet of the 'Plug' Connector

Figl 9 Insulators of the 'Plug' Connector

Fig20 Microcircuit of the 'Socket' Connector

Fig20 Body of the 'Socket' Connector

Fig20 Wires of the 'Socket' Connector

Fig20 Signal Contact of the 'Socket' Connector

Fig20 Contact '+' of the 'Socket' Connector

Fig20 Contact '-' of the 'Socket' Connector

Fig20 Underlay of the 'Socket' Connector

Fig20 Microcircuit of the 'Plug' Connector

Fig20 Body of the 'Plug' Connector

Fig20 Wires of the 'Plug' Connector

Fig20 Signal Contact of the 'Plug' Connector

Fig20 Contact '+' of the 'Plug' Connector

Fig20 Contact '-' of the 'Plug' Connector

Fig20 Underlay of the 'Plug' Connector

Fig20 Contact Spring of the 'Plug' Connector '

Fig21 Signal Contact of the 'Plug' Connector

Fig23 Signal Contact of the 'Socket' Connector

Fig26 Signal Contact of Straight 'Plug' Connector Fig26 Power Contacts of Straight 'Plug' Connector

Fig26 Magnet of Straight 'Plug' Connector

Fig26 Insulators of Straight 'Plug' Connector

Fig27 Body of Straight 'Socket' Connector

Fig27 Wires of Straight 'Socket' Connector

Fig27 Signal Contact of Straight 'Socket' Connector

Fig27 Contact '+' of Straight 'Socket' Connector

Fig27 Contact '-' of Straight 'Socket' Connector

Fig27 Underlay of Straight ' Socket' Connector

Fig27 Magnet of Straight 'Socket' Connector

Fig27 Contact Spring of Straight 'Socket' Connector

Fig27 Insulators of Straight 'Socket' Connector

Fig27 Body of Straight 'Plug' Connector

Fig27 Wires of Straight 'Plug' Connector

Fig27 Contact '+' of Straight 'Plug' Connector

Fig27 Contact '-' of Straight 'Plug' Connector

Fig27 Underlay of Straight 'Plug' Connector

Fig27 Contact Spring of Straight 'Plug' Connector

Fig28 Signal Contact of Charger Adapter

Fig28 Power Contact of Charger Adapter

Fig28 Magnet of Charger Adapter

Fig28 Insulators of Charger Adapter

Fig29 Wheel of Selecting of Power Plug

Fig29 Button of Dispensing of Power Supply Socket

Fig29 Power Supply Wires

Fig29 Round Connector

Fig34 Cylindrical Body of Round Connector Adapter

Fig34 Flat Body of Round Connector Adapter

Fig34 Sliders of Round Connector Adapter

Fig35 USB-Cable Logo

Fig35 'USB' Logo of the USB-Cable

Fig35 Rotating Wheel of the USB-Cable

Fig35 Wire of the USB-Cable

Fig35 USB-Socket of the USB-Cable Fig42 Clip Strap Reeling Off Buttons

Fig42 Clip Strap

Fig42 Clip-Stand Fixation Button

Fig42 Clip Clip-Stand

Fig48 Headset Main Segment

Fig48 Headset Removable Segment

Fig48 Earphone of the Headset Removable Segment

Fig48 Earphone of the Headset Main Segment

Fig48 Headset Earphone Lap

Fig48 Headset Earphone Patching Loop

Fig48 Headset Earphone Ear-Piece

Fig48 Headset Microphones 4 pes.)

Fig48 Headset Multilens Cameras 2 pes.

Fig48 Headset Ringer Speaker

Fig48 Headset Nets

Fig48 Headset Clip

Fig48 Headset Clip Notch

Fig48 Headset Clip Axis

Fig48 Headset Cover Slider

Fig48 Headset Removable Segment Camera Raising Button

Fig49 Headset Laps

Fig49 Headset Volume Buttons

Fig49 Headset Switch

Fig49 Headset Battery Indicator

Fig50 Headset Battery Indicator Switch

Fig50 Headset Microdisplay

Fig51 Headset Laps Rails 4 pes.

Fig51 Headset Laps Rails Holes 4 pes.

Fig51 Headset Laps Magnets 4 pes.

Fig52 Headset Laps Rails

Fig62 Telephone Body

Fig62 Telephone Display

Fig62 Telephone 1 Speaker

Fig62 Telephone 2 Speaker Fig62 Telephone 1 Microphone

Fig62 Telephone 2 Microphone

Fig62 Telephone 3 Microphone

Fig62 Telephone 1 Camera

Fig62 Telephone 2 Camera

Fig62 Telephone Proximity Sensor

Fig62 Telephone Indicator

Fig62 Telephone Switch

Fig62 Telephone Flashlight

Fig66 Tube Central Segment

Fig66 Tube Clip Segment

Fig66 Tube Smartwatch Segment

Fig66 Tube Adapter Segment

Fig66 Tube WIDI-USB Segment

Fig66 Tube Upper Cover

Fig66 Tube Upper Speaker

Fig66 Tube Lower Cover

Fig66 Tube Lower Speaker

Fig66 Tube Upper Flash Indicator

Fig66 Tube Lower Flash Indicator

Fig66 Tube Support Legs 4 Pes.

Fig66 Tube Shutter

Fig77 Tube Lock Plug

Fig77 Tube Lock Channel

Fig77 Tube Lock Ball

Fig77 Tube Segments Rotation Axis

Fig78 Back Cover of the 'Smart Watch'

Fig78 Back Cover Rubber Seal of the 'Smart Watch'

Fig78 Back Cover Lap of the 'Smart Watch'

Fig80 Bracelet Cradle

Fig80 Bracelet Adjusting Belt Detailed Description of the Invention

Preferred Embodiment

Hardware-Software Complex — is a set of hardware and software tools in constructional solidarity and functional interconnection, operating conjointly to perform one or several similar purposes.

In this complex the 'Smart Watch' is the primary main device, where the software is installed and all calculations are performed by means of this device. The 'Smart Watch' as the primary main device uses and maintains the peripheral secondary device, except of analogues, where a watch is secondary peripheral device towards to mobile radio communications.

For this purpose the 'Smart Watch' contains, in particular, a processor, input-output device display, touchpad, Micro SD cards, GSM, LTE, WiFi modules, etc. rubberized wheel as well as peripheral devices accessories, cameras Multilens, module WiDi, clip, tube), that turn the watch to be the main block, operating other devices.

The hardware-software complex ' Smart Watch' is dedicated to perform the following functions:

- time determination watch;

- playing and listening to the music MP3 Player;

- playing and screening video, including playing audio MP4 Player;

- coordinates determination GPS Module;

- determination of cardinal direction built-in compass;

- sensing of motion acceleration built-in accelerometer;

- sensing the space position and height gyroscope and altimeter;

- connecting to other electronic devices GSM, Wi-Fi and BlueTooth connection;

- measuring a distance to a signal source GSM, Wi-Fi and BlueTooth;

- transferring audio and video to earphones, telephones and other electronic devices, including the transferring to the several devices simultaneously by means of the technology Multipoint BlueTooth;

- charging a device through the various power systems;

- data storage in a permanent memory;

- calling in cellular networks GSM and LTE, including video-calls;

And it consists of:

- Basic main device - 'Smart Watch' watch in a cylinder shaped body frame;

- A bracelet with a shaped location for a watch;

- BlueTooth of earphones; - Charging device with an adapter for different power systems;

- Connector for special charger;

- BlueTooth adapter;

- Clips to carry at a neck;

- Mini telephone to make calls, which also operates as a remote controller;

- Packing tube with color indication, as well functioning as charging device and loud speaker for the music reproduction;

Basic Element 'Smart Watch'

Basic element, according to Fig.87, - 'Smart Watch' - contains processor pos.1 of 'Smart Watch', to which the wireless communication devices are connected - GPS/GLONASS module pos.2 of 'Smart Watch', WiFi module pos.3 of 'Smart Watch', Bluetooth module pos.4 of 'Smart Watch', as well as GSM block pos. 5 of 'Smart Watch', LTE block pos. 6 of 'smart watch', sensors pos. 7 of 'smart watch' (accelerometer, altimeter, gyroscope, hydrometer, thermometer), videocard pos. 8 of 'smart watch', display pos. 9 of 'smart watch', battery pos. 10 of 'smart watch', Micro SD cards pos. 1 1 of 'smart watch', BIOS block pos. 12 of 'smart watch', touchpad pos.13 of 'smart watch'. The body frame is equipped with rubberized wheel pos. 14. The adapter pos. 15 of the 'smart watch', PC pos. 16 of the 'smart watch' and outer devices: headset pos. 17, telephone pos. 18, WIDI adapter pos. 19, bracelet pos. 20, tube pos. 21 are connected to the processor pos. 1 of the 'smart watch'. Power source 22 is connected to the battery pos. 10.

The device named 'smart watch' - is a cylinder shaped device with the diameter 50 mm and the height 10 mm (previously, without manufacturer's approving) showed in fig.1. The top view of the device is shown at the fig. 2.

The device has a display pos. 9 with a touchpad pos.13 for purposes of data input and storage. The surface of the 'smart watch' bottom side, in fig. 3, is made from glass, in the center of the bottom side there are the charge contacts of the device (connector of the contacts will be described below).

Between upper and bottom surfaces (glasses), along the perimeter of a sidewall there are the rubberized wheel, pos. 14, necessary to select displayed data and menu entries as well as enter a text. The body frame of the 'smart watch' is waterproof.

The body frame with removed rear cover is shown in fig. 4. There are 4 slots, where one can set 1 Micro SD card pos.63; and one of the variants of SIM-cards sets:

- 3 Nano SIM cards pos. 62;

- 3 Micro SIM-cards;

- 2 Nano SIM-cards + 1 LTE-card; - 2 Micro SIM-cards + 1 LTE-card;

Positions of the rear cover for Micro SD card replacement are shown in fig. 5, 6, 7. Push the rear panel lock button, pos. 64, fixing the rear cover and turn the rare cover. The turning direction is no matter in our example the clockwise direction is shown.

When rotated at 45 degrees the slot for Micro SD card opens and the card can be removed fig. 6.

It's possible to return the cover to its original position or to continue its rotation in a clockwise direction. When continuing rotation in a clockwise direction in 45 degrees more the next fixing button opens - see fig. 7, the button is shown in the position 'pushed down'. Since the button fits to the slot of the rear cover, a spring will make the button return to its original position; the button will move up and fix rare cover, preventing it from rotation.

The same procedure is applied to replace SIM-cards or LTE-cards in the corresponding slots.

It should be noticed that the location of near-by slots, disposed in the left or in the right from the button, is indicated at the buttons. It helps to determine easier the location of the corresponding cards.

Bracelet

A bracelet pos. 20, according to fig. 88 has a bracelet controller pos.27; a bracelet switch pos. 28, bracelet battery pos. 29, bracelet sensors pos. 30 (blood pressure, body temperature, pulse), bracelet touchpad pos.31. bracelet battery pos.29 is connected to the power source pos.22.

The bracelet fig.8,9, 10 intended to fix the 'smart watch' on a hand, for 'smart watch' charging, its positioning, for placing additional batteries (optional).

In the center of the bracelet there is a shaped location for the 'smart watch'. In the center of this shaped location there is a round group of contacts (it will be described below) with a magnet. When the 'smart watch' is put into the shaped location, it is attracted by the magnet, and round group of contacts fit together in the bottom of the 'smart watch' and on the surface of the shaped location. Then the picture positioning on the display is carried out by rotating the wheel of the 'smart watch'.

The decorative bracelet laps pos. 65 with bracelet chrome (or fake-gold-look) ring pos.

66 (fig. 9) are placed on the bracelet made from plastics of white or black colour. The decorative laps are made in different colour variations. At the first (round) segment under the platform there is an optical mouse with button pos. 67 see fig. 1 1 intended to select the data on the display of the 'smart watch'. However, the segment platform itself is not fixed and can shift in vertical direction, simulating as if the button of the devise 'mouse' is pushed. The sleep mode buttons pos.68 (sidewall buttons) of the first segment can also be shifted in horizontal direction - thus the 'watch' can change / pass into 'sleep mode'.

The additional batteries of the bracelet as well as the GSM/LTE module and a slot for SIM-card can be located at the second and the third segments of the bracelet. In the shaped location of the bracelet there are the bracelet locks pos. 69, which are intended for reliable fixing of the 'smart watch' in the shaped location, see fig. 12.

The locks are spring-assisted and are buried into the walls of the shaped-location. The procedure and sequence of locks operation are shown in fig. 13. When the 'smart watch' is put in the shaped location, the locks, owing to the tapered surface, begin to push apart and to be buried into the walls of the shaped location, in such a way the 'smart watch' smoothly reaches the bottom of the shaped location.

When the 'smart watch' has reached the bottom, the locks, affected by the spring, return to its original position and fix the 'smart watch' preventing it from vertical shifting.

To take the 'smart watch' out of the shaped location, it's necessary to slightly bend out the bottom of the shaped location by pressing the center point of the shaped location up, and the side points of the shaped location - down. The locks will drift apart and it becomes possible to take the 'smart watch' out of the shaped location.

This construction permits to disconnect the 'smart watch' from the bracelet only while the 'smart watch' is taken off a hand and disables a spontaneous unclasping and falling out the 'smart watch' from the bracelet when just being worn on a hand.

After the 'smart watch' has been installed in the shaped location it needs to be tightened a further on a clockwise (or counterclockwise) direction to fix it in a necessary position.

The positioning is performed as follows. In the shaped location there is 12+2 pin connector 'Plug'; in the bottom of the 'smart watch' there is a connector of 'Socket' type (they will be described below). Relative disposition of pins is not important, thus the connector contacts to fit together it's necessary to tighten the 'smart watch' a further 0 - 360/12 = 30 degrees, see fig. 14.

The rubberized wheel of the disconnected 'Smart Watch' is blocked from rotation but as soon as contacts are combined, the signal is given to the 'Smart Watch' and the wheel starts rotating, at the same time automatic unblocking of the wheel rotation takes place.

The image orientation on the display is programmed beforehand, whereas the 'Smart Watch' defines a relative positioning concerning a bracelet lodgment, taking off data from contacts of sockets, and the image is always output in the correct vertical positioning. Bracelet length regulation buttons pos.70 fig. 15, 16 are located on the last segments of the bracelet. It is possible to extend an adjusting belt to the necessary length when pressing buttons, and then to immobilize it, having released buttons.

The principle of locks operation is based on magnetic forces. The locks located on the ends of sliding parts of the belt consist of two parts:

- internal, motionless, rigidly fixed on the moving-forward part of the belt;

- external, mobile with the reference to the internal part of the lock.

When two halves of the bracelet lock is combined, they are drawn by the main magnets opposing ones and are kept in the magnetic state on the wrist see Fig.17. Similarly charged auxiliary magnets are located far apart and don't interact.

To undo the lock, it is necessary to shift halves of the lock. Thus the distance between the main magnets will increase, forces of gravitation will weaken, the distance between auxiliary magnets, that will cause pushing away forces between halves of the lock at the same time, will decrease and the lock will be undone. Moreover, the direction of the lock halves shifting is unimportant.

Text Manual Input

The 'Smart Watch' allows inputting the text, putting signs on the display, seeing Fig.18.

If it is necessary to input the text, the cursor is set in the text field, then the signs are put in with the help of a finger or a stylus and their recognition and transformation into computer symbols takes place.

This technology is implemented in the operating system of the 'Smart Watch'. The technology significantly simplifies inputting the information through the display of the smaller size.

Input of the Text by Means of the Rotating Wheel.

Text information can be also input by means of selection of the corresponding symbols from the preset character set of the operating system Fig.81. It is achieved by turning the rubberized rotating wheel and confirmation of the chosen symbol by pressing the screen. In the same way it is possible to select icons program, points of the menu from the list, to increase/reduce loudness Fig.82 or choose any other information.

The input method - manual or by means of the rotating wheel - is established in the settings of the system. Electric Connectors

For power supplying to the devices, 2 types of electric connectors are used:

• Round

• Flat.

Round Electric Connector

The scheme of the round connector with 14 contacts (12 alarm contacts + 2 feeding contacts) and 1 additional contact on the socket (an interval path between 12 openings) is represented on Fig.19.

The connector is of a cylindrical form and is provided in two types: 'plug' and 'socket connectors, thus when connectors are connected to charge the devices the combination of 2 different types Plug - Socket is used.

There are 2 power contacts pos. 72 of the 'socket' connector and 2 power contacts pos. 77 of the 'plug' connector, having different polarity, and further on a circle there are signal contacts pos. 71 (12+1) of the 'socket' connector as well as signal contacts pos. 76 (12+1) of the 'plug' connector through which both signals for power connection, and information signals data can be transmitted.

When contacts are connected, all 12 contacts are signal ones and inform about connection of sockets, connect the current, avoiding short circuit. Additional microcircuits are used in these sockets: microcircuit pos. 80 of the 'socket' connector and microcircuit pos. 87 of plug connector. When an event is determined those connectors are connected and there is a course of electric current for feeding and/or charging of devices, further from 12 contacts leave one alarm, and other 1 1 contacts transfer to the mode of data transmission or electric current.

All three groups of contacts (alarming and feeding) are divided by the isolating surfaces: insulators pos. 74 of the 'Socket' connector and insulators pos. 79 of the 'Plug' connector.

There is one more contact between signal contacts 12+1 'socket' connector. This contact is a signal one and is used in case of the round connector with three contacts, it will be considered below. This contact path is also isolated from 12 signal contacts.

Surfaces of contacts of the plug connector are sprung that provides achieving tight connection of contacts when the sockets are combined.

There are some magnets in the bodies of sockets - body pos. 81 of the 'socket' connector and body pos. 88 of the 'plug' connector: magnet pos. 73 of the 'socket' connector and magnet pos. 78 of the 'plug' connector, which being under magnetic force, position sockets coaxially to each other. Although sockets have 12 pins - the angle of rotation additional turn of sockets referring each other for their exact positioning makes at most 30 degrees.

To connect 'socket' and 'plug' connectors, it is necessary to bring them close to each other and slightly turn the 'plug' connector until it clicks. Magnetic forces will attract and combine devices, thus the edge of the body of 'plug' connector will be round the socket magnet.

Electric current in the 'plug' connector approaches signal contact pos.83 of the 'socket' connector, contact '+' pos.84 of the 'socket' connector and contact '-' pos. 85 of the 'socket' connector, through wires pos.82 of the 'socket' connector. All these contacts are located on the underlay pos.86 of the 'socket' connector.

In the 'plug' connector, the electric current runs through the wires pos. 89 of the 'plug' connector to the signal contact pos.90 of the 'plug' connector, contact '+' pos.91 of the plug connector and contact '-' pos.92 of the 'plug' connector through the wires pos.89 of the 'plug' connector. All these contacts are located on the underlay pos.93 of the 'plug' connector of and sprung by means of contact springs pos.94 of the 'plug' connector.

As a rule, the 'plug' connector is installed in a surface of the charged device, and the 'plug' connector is in the attached part of a charging chain.

For example, in the lower part of the watch there is a 'socket' connector, respectively in a lodgment of a bracelet the 'plug' connector is located.

On the 'Plug' connector the rubberized rotation ring pos. 75 can be located. In a ring there is a place for a logo, under it light-emitting diodes are located. Illumination of light- emitting diodes can change depending on charging mode - 'charging', 'charging finished', etc.

The section of 'plug' and 'socket' connectors is represented on Fig.20.

The scheme of the round 'Plug' connector with 3 contacts is represented on Fig.21.

In this type of sockets the 'plug' connectors represent the socket intended only for charging without possibility of data transmission. Only three contacts are used on it, one of which being the signal contact of the 'plug' connector pos. 95. In the correspondent 'socket' connectors the feeding contacts are also used as it is described above. Signal contact in the 'Socket' connector is manufactured in the form of a collapsible tube and isolated by ports and insulators from 12 contacts (a mate side of pins).

In this case the angle of the sockets relative rotation doesn't matter for their exact positioning, that is they can be connected in any position of an angle of rotation relatively each other. To connect 'plug' and 'socket' connectors, it is necessary to bring them closer to each other. Magnetic forces will attract and connect devices, for more exact positioning it is necessary to position them coaxially to each other before click, thus the edge of the case of the 'Plug' connector will be round a magnet of the 'socket' connector.

As a rule, the 'Socket' connector is set on a surface of the charged device with the

'Plug' connector in the attached part of the charging chain.

Fig.22 represents the cross-section of 'Plug' connectors 3 contacts and the 'socket' connector 12 signal contacts and 2 feeding contacts are represented.

In certain cases the 3-contact 'Socket' connector shown on Fig.23 can be used.

In this option signal contact of the 'socket' connector pos. 96 represents a tube surface.

The principle of sockets operation is similar to the principle described above. Fig.24 shows the scheme of sockets in a section.

The round connector can be set in the cylindrical case as it is shown on Fig.19,21, thus the wire is separate from a cylinder end face.

The round connector can be also set in the case in the form of the small cylinder, thus the flat cable separate from a cylinder sidewall, as it is shown on Fig.25, is used.

Straight Electric Connector

Straight electric connector Figs. 26, 27 is used for charging the bracelet and positioning fastening of a bracelet on a wrist. As in the round connector there is an signal contact pos.97 of straight 'plug' connector signal contact pos.103 of straight 'socket' connector and two power contacts pos.98 of straight 'plug' connector on Fig.26. These contacts are set in the form of spherical segments slightly less than hemisphere and separated from the case by insulators pos.100 of straight 'plug' connectors and insulators pos.109 of straight 'socket' connectors. Contacts are sprung and can slightly dive in the body pos.101 of straight 'socket' connector and in the body pos.1 10 of straight 'plug' connector that provides tighter contact.

The socket can be two types 'plug' and 'socket' contacts. The straight 'plug' connector is shown on Fig.26. In the 'socket' connector which has mirror display, the corresponding contacts in the form of convex spheres change on hemispheres concave as it is shown on Fig.27 in a profile.

In the socket bodies there are the magnets - a magnet pos.99 of straight 'plug' connector, and a magnet pos.107 of straight 'socket' connector that provides magnetic drive and a spherical form of contacts, so it is easy to position sockets both relatively to each other, and the charger. In the straight 'socket' connector the electric current runs through the wires pos.102 of straight 'socket' connector, signal contact pos.103 of straight 'socket' connector, to contact '+' pos.104 of straight 'socket' connector and to contact '-' pos.105 of straight 'socket' connector. All these contacts are located on the underlay pos.106 of straight 'socket' connector and sprung by means of contact springs pos.108 of straight 'socket' connector.

In the straight 'plug' connector electric current runs through the wires pos. l l l of straight 'plug' connector, signal contact pos.97 of straight 'plug' connector, to contact '+' pos.1 12 of straight 'plug' connector of the straight 'plug' connector and to contact '-' pos.1 13 of straight 'plug' connector of the. All these contacts are located on the underlay pos.1 14 of straight 'plug' connector and sprung by means of contact spring pos.1 15 of straight 'plug' connector.

Charger

The charger consists of

-adapter;

-power unit;

and serves for mains supply of the whole complex of devices.

Charger Adapter

The adapter of the charger is shown on Fig.28 and serves for connection to the power unit of various devices.

In the adapter of the charger there is a signal contact pos.1 16 of charger adapter, power contacts pos. l 17 of the charger adapter, a magnet pos. l 18 of the charger adapter, insulators pos. 1 19 of the charger adapter.

Fig.28 shows the adapter top view, the bottom view is shown on Fig.29.

Apparently, lateral faces of the adapter are shaped in the form of flat electric sockets, there is one above, and there are two round electric sockets below.

The adapter can be inserted between bracelet locks, charging the bracelet and the 'Smart Watch' inserted into a lodgment. The adapter can also charge devices separately. Possible schemes of connection of devices will be considered below.

Charger Power Unit

The power unit of the charger is presented on Fig.30.

The power supply wires pos.122 can be extended from the case with the round connector pos. 123 to be connected to the adapter. The round connector on the end of the wire has a 'socket' type as all round connectors on an adapter are of the plug type, i.e. it is possible to attach a wire to any of three connectors. It excludes possibility of connection of the power unit to devices directly, omitting an adapter round connectors on devices are the socket type.

The full length of the wire is equipped with light-emitting diodes and can shine on connection to the electricity mains. In normal zero situations the wire is sunk in a power unit surface that is convenient for transportation. When pressing buttons of pos. 121 of the dispensing of power supply socket, the socket moves 10 mm above the case level - it can be pulled out easily for the necessary length. The wire can be cleaned back in the case, pressing the buttons on the socket.

The body has 3 types of plugs - EURO, UK, USA built in, thus stems of the US plug can be turned, and thus the 4th type of a plug - the Australian AUS) can be received. Turning of a wheel pos.120 of selecting of power plug electrical plugs of the corresponding type move forward from the power unit body. Thus, it is possible to use this power unit in many countries without any special adapter for electric sockets, see Fig.31.

Adapter with a Round Connector (Optional).

The adapter with the round connector is shown on Fig.32.

This type of the connector is delivered separately optionally and serves for power supply of laptops and other similar devices. The adapter with the round connector is inserted into the laptop bottom, and can be directed differently from the laptop to the left, to the right, back - at any angle as it can be inserted without binding to an arrangement of contacts. The other side of it is connected to the power unit of the charger described above.

The adapter with the round connector can have 3, or 12+2 contacts. It is shown on Fig.33.

The detailed view of the adapter with the round connector is shown on Fig.34.

The flat cable joining both connectors can be displaced using the roulette principle and be cleaned in the cylindrical body pos. 124 of round connector adapters. In the flat body pos. 125 of round connector adapter the round connector is removed. To pull out the flat connector from the body outside, it is necessary to use Sliders pos. 126 of Round Connector Adapter.

The ratchet allowing not only to extend a flat cable at the necessary length, but also to record it in this situation is built in the cylindrical body. If it is necessary to clean a cable back in the cylindrical body it can be pulled out slightly and smoothly to be released, and the returnable spring will return it to the curtailed position.

USB - Cable

USB -Cable is shown on Fig.35 and serves for communication of the 'Smart Watch' and its headset with personal computers having USB Port. This cable is connected to the USB Port of the computer on the one hand and in the round connector of the 'Smart Watch' or headset on the other hand and serves for data transmission between devices.

As it can be seen on the drawing, the cable consists of the round connector pos. 123, wire pos. 130 of USB cable and USB socket pos. 131 of USB cables. The rotating round wheel pos. 129 of USB cable is provided in the round connector body with the USB cable logo pos. 127. In case of connection to USB Port, the logo starts shining depending on a battery charging stage charging, battery charged, etc.). Having inserted the round connector into the charged device, it is possible then to turn the rotating castor with the logo up for convenience of the charging stage identification. The round connector has the plug type.

On other end of the wire there is a standard USB socket pos. 131 of the USB cable on which there is an USB logo pos. 128 of the USB cable with the same functions of charging indication, see. Fig. 36, 37.

WiDi Adapter is shown on Fig.38 and serves for communication of the 'Smart Watch' with the personal computers having USB port (USB 3.0 Version is supported), as well as transfer of the image on the HDMI Port (Version 1.4) of TVs, monitors and other equipment having such port.

On the shifted cover of the adapter the USB and HDMI logos identifying the location of the corresponding connector are represented.

For the use of the adapter it is necessary to shift the cover and to cast away or turn the corresponding connector as it is shown on Fig.39, Fig.40.

On the turning parts there are light-emitting diodes made in the form of the corresponding logos of the smaller size, which provide data transmission indicator i.e. shine in the presence of connection and blink at data transmission).

The back of the adapter is shown on Fig.40.

Clip

The clip is shown on Fig.41 and provides the possibility to wear 'Smart Watch' on a belt or a neck, its installation on a table and positioning of devices at simultaneous charging it will be described below). 'Smart Watch' is inserted into a lodgment similar to a bracelet lodgment and connected by means of magnetic drive of the round connector of socket type.

Fig.41 shows the clip from a reverse side. In the standard position the clip, together with the 'Smart Watch', can be hang up on a belt by means of a clip-stand pos. 135 of clip.

For carrying a clip on a neck it is necessary to pull out a flexible strap pos. 133 of clip and to put the clip on the neck Fig.42. The thong is cleaned when pressing buttons pos. 132 of the clip strap reeling off is shown on Fig.43. For installation of a clip on a table (location 1 ) and for use as an adapter and fixation while devices charging (location 2) it is necessary to unbend a clip clip-stand, previously having pressed the button pos. 134 of clip-stand fixation. When the button is released the support is fixed in a certain location (1 or 2). The clip support unbent in location 1 is shown on Fig.44.

The clip is not equipped with a battery, but it can be used for charging 'Smart Watch' by means of a power unit adapter. For this purpose on a reverse side of a clip there is a round connector of socket type.

Headset

Headset, according to Fig. 89, contains the processor pos.32 of headset with the following connections: block pos.33 of headset earphones speakers, block pos.34 of headset ring speaker, pos.35 of vibro-motor, block pos.36 of headset Micro SD, BIOS block pos.37 of headset, block pos.38 of headsets charging indicator, block pos. of 39 headset switch, block pos.40 of headset GPS/GLONASS, battery pos.41 of headset connected to the source pos.22 of power, block pos.42 of headset microphone, the touchpad pos.43 of headset, Bluetooth block pos.44 of headset, block pos.45 of main segment Multilens cameras , block pos.46 of headset sensors (accelerometer, altimeter, gyroscope, compass, thermometer, hygrometer).

Headset, according to Fig. 89, contains connected to the processor pos.32 of the headset block pos. 47 of the earphone speaker in the removeable segment, block pos.48 of removable segment Multilens cameras , touchpad pos.49 of headset.

The headset is intended for listening to audio recordings in mono and stereo mode, telephone conversation and video phone, suppression of external noise for example, in the plane or a noisy room). The general view of a headset is shown on Fig.45.

Fig.46 shows the headset view from the side of the right earphone. Fig.47 shows the headset in operation for listening to stereo records the wire taking-up mechanism is shown on the scheme).

Barometer, thermometer, hygrometer and acceleration sensor, for data recording and their subsequent use in 'Smart Watch' are built in a headset.

The location sensor and other sensors can be built in a headset.

We will consider in more detail the headset elements Fig.48 and their functions.

Fig.48 shows the view of the headset from the side of earphones.

The headset consists of 2 segments - the main segment of pos. 136 of headset and the removable segment pos. 137 of headset. The headset can be used both in the form of a T RU2014/000948

26 uniform segment, and in the form of 2 divided segments connected by a wire see Fig.46,47. Using a headset in the form of a uniform segment provides listening only in the mono mode, stereo mode listening is provided using 2 segments.

The main segment is inserted, as a rule, into the right ear, but also use of a headset for lefthanders is possible using ear-piece pos. 142 of headset earphones and patching loop pos. 141 of headset earphone, then the main segment can be inserted into a left ear.

The main segment contains the battery necessary for electricity supply for the headset. The electric power supply for charging is provided via the round connector pos. 123 of socket type, being on the internal part of the main segment Fig.48. This connector is closed by the cover opening by means of sliders pos. 150 of cover of a headset.

At the separated segment of a headset there is a button pos.151 to raise the camera of the removable headset segment.

The main and separated segments are connected together by means of the magnets set in them. It is necessary to pool the separated segment for division), overcoming magnetic forces, and to distance from the main segment. The wire thus is extended from the main segment at a size of 35-40 cm by the roulette principle, overcoming resistance of the spring returning it in an initial state. When pulled for the operating length the wire is fixed by a ratchet. Segments are gathered in the following way - it is necessary to distance slightly segments from each other, thus the wire will be removed from the locking ratchet latch, then segments should be slowly connected to each other. The wire, under the influence of the returning spring, will enter the main segment and will be reeled up on the coil, and the certain approach of segments should drive them close to each other by magnetic force. For exact positioning of segments relatively to each other headset laps rails pos. 161 are provided (see. Fig.54), in the form of 2 parallelepipeds, located in end faces of segments and working following the plug and socket principle.

The headset contains 2 built-in Multilens cameras pos. 144, providing taking both photo and video. One camera is located in an end face of the separated segment, the second in a basic end face. If segments are connected, only one camera located in an end face of the separated segment works.

This camera is the third-party development of Pelican Imaging firm http://pelicanimaging.com/).

Multilens photo and the video camera represent the massif of 4x4 lenses shooting along with different focal lengths and parameters of picture endurance, a diaphragm). It allows achieving redundancy of information for a picture and later by means of the software to establish necessary parameters of a picture - focal length, sharpness, a diaphragm, endurance.

In the main segment there is a clip pos. 147 of the headset to fasten the headset to clothes. When the upper clip part is pressed, it turns around the clip axis pos. 149 of the headset and is flushed in the notch pos. 148 of the headset clip. The clip lower part lifts to form a clearance and to allow clinging the headset to a pocket lining or a clothes edge. If the upper part is released, its spring returns the clip to the initial position to fix the headset on clothes.

Headset control is to be done in three ways:

- Way 1 : By finger tips

In laps of both headset sections there is a touchpad pos. 43 of headset, touchpad pos. 49 of headset. Volume increase is to be done by pressing the lap area (where buttons pos. 153 of headset volume are placed). It is located closer to the right earphone see Fig. 45, it is indicated with '+'. Volume decrease is to be done by pressing the lap area of the detachable segment see Fig. 45, it is indicated with Replying to a call is to be done by sliding movement over the headset from '+' to Ignoring a call is to be done by sliding movement in the backward direction. Also the other commands with other gestures are possible.

- Way 2: By words (voiceful)

Words having similar phonation in various languages are to be pronounced. They are processed and rendered to controlling commands for the headset. PHOTO - switching to the photo camera mode camera work), CLICK - taking a snapshot, MULTI - the mode of frame by frame filming, i.e. a snapshot is being done during a set period of time in equal time intervals to be set beforehand). VIDEO - the mode of video recording, START - video recording beginning, STOP - video recording end. PANORAMA - the mode of taking panoramic snapshots. The other commands are also possible.

- Way 3 : By 'smart watch' programmed

It is possible to set parameters and setpoints that are to be rendered to controlling commands for the headset by the 'Smart Watch' Software.

Time intervals for the frame by frame filming, voice activated dialing, track control to play music and other headset control options are implemented in the programmed way.

In the headset side part on top and bottom there are metal nets pos. 146 of the headset with holes. Under the lower nets inside there are 3 microphones one in a detachable segment and two in the main segment. The 4^th microphone is in the headphone and will be described later together with the device and headphone functionality. 4 microphones pos. 143 of the headset are necessary to provide 2 additional headset modes:

- 'Surrounding' Mode;

- 'Noise suppression' Mode.

In the 'surrounding' mode the headset reads sounds of ambient surrounding and directs them to the speaker. Therefore, in both ear channels there is equal audibility (in case if the headset is only on one ear), or surrounding sounds/ speech is audible if the headset is on two ears), including listening to music or telephone conversation.

In the 'noise suppression' mode the headset reads sounds of surrounding for their subsequent suppression in the signal sent to the speaker by means of feedback and incoming signal reverse. This diagram is used also for noisy premises (club, discotheque, stadium) or in a plane in order to eliminate parasitic noises and to boost the useful signal. In this mode it is also possible to additionally switch 4^th microphone in the ear channel, which reads voice of a speaking subscriber directly from the ear channel. This provides good quality recording a voice signal and possibility of good quality telephone conversation in a noisy place a talker doesn't hear loud sounds of surrounding).

All these options are adjusted in the 'smart watch' similarly to volume limitation in the headsets.

4^th microphone is in the headphone and will be described later together with the device and headphone functionality.

Under upper nets there is a ringer speaker pos. 145 of the headset, selection of a melody and volume adjustment is to be done by the 'smart watches'. In the very segment there is also a vibro-motor to vibrate instead of the buzzer.

In the end part of the main segment near the right ear phone there is an indicator pos. 155 of the headset battery, a switch pos. 154 of the headset and a switch pos. 156 of the headset battery indicator, see Fig. 49, Fig. 50. Two switches are combined in one assembly: the switch pos. 154 of the headset moves vertically and it switches off the headset, whereas the switch pos. 156 of the headset battery indicator, when pressed, shows remaining time of headset operation at a current level of headset battery charge.

The headset is exchanging data with the 'smart watch' via the Bluetooth protocol and electric energy is being saved at the time. In order to save electric energy, the headset might be temporally switched off by the switch.

The switch and the microdisplay pos. 157 of the headset are given in Fig. 50.

The switch, when moved up/down, switches on/off the headset respectively. However, when the slide is pressed, battery charge indication is seen. The battery charge indicator shows a level of remaining charge in the battery in percentage bar shape and as remaining time in hours of headset work in the mode of 'conversation'. The battery charge indicator glows continuously, when the headset is connected to mains for charging. You can always see a current level charge and time of headset work. See, Fig. 50.

In the external part of the headset there are plastic laps pos. 152 of the headset. They are fabricated in various colors and might be detached and replaced with other laps fitting by color to the bracelet. They fasten to segments with 2 magnets pos. 160 of headset laps and holes pos. 159 for headset lap rails. See Fig. 51. Magnets 2 pes for each lap are located in the headset body near the guide holes and they serve to fix laps in the main set position. On each lap there are 2 guides pos. 158 of headset lap rails: long and short laps. The long guide serves as a turning axle, when laps are being replaced. The short guide is a lock fixing the lap in its initial position.

In order to change laps, it is necessary to turn each of them clockwise or counter-clock wise against the long guide, which is near to the headset edge. See Fig. 52. Farther, when the magnet force is overpassed, just lift the lap. Lap installation is to be done in the reverse order.

A resistive film making the lap sensory is located on the lap surface. When swiping a finger over the lap from top to bottom, you can answer a call, whereas, when swiping from bottom to top, you can ignore a call. By pressing zones '+' and '-' ~ you can increase/ decrease volume of speakers. These zones might be illuminated.

The sensory surface is also on the detachable segment. By pressing it during player operation it is possible to pause file playback and by double pressing you can continue its playing. By swiping finger over the sensory surface you can start playback of the next previous track.

The other type of the headset is given in Fig. 53. The structure of connecting 2 sections with a wire is well seen.

The headset in open state is given in Fig. 54. In the main segment there is also the

Multilens camera allowing taking pictures even in the shifted state of the headset. At the same time due to the structural feature the wire doesn't obstruct shooting by camera lenses.

The earphone pos. 138 of the headset removable segment can turn around its axle. In the open state it might be inserted in the ear conch and listen to audio records in stereo mode.

In the assembled state the ear phone goes into its socket and doesn't obstruct to wear the headset. See Fig. 55. A memory card of the MicroSD format might be inserted in the headset. It is located under the upper lap of the detachable segment. In order to substitute it, open the lap and press the card. See Fig. 56.

The earphone structure is shown with the example of the earphone pos. 139 of the headset main segment in Fig. 57.

The earphone is to be inserted in the ear conch and fixed in it by a rubber three stage lap pos. 140 of the headset earphone due to elastic and friction forces. The lap is detachable. Five laps of various sizes for different ear sizes are delivered in the full set.

In the earphone there are 2 speakers in the same body: high frequency speaker and low frequency speaker to produce sound of better quality.

In the lap middle there is a hole for the microphone pos. 143 of the headset. The microphone takes sound directly from the ear conch to provide conversation in the mode of noise suppression see above).

Additional earphone fixation in the ear is provided by a patching loop pos. 141 of headset earphone and the ear piece pos. 142 of the headset earphone. At the same time both elements are detachable. The loop is fabricated of transparent rubber soft plastic and it provides fixation of it in the ear conch due to elastic force in longitudinal and transverse directions. The fixation loop is delivered in a full set of 5 pes of different sizes for different sizes of ear conchs.

The ear holder has a wire core, around which rubber is cast soft plastic). The ear holder is being hanged on an ear and should be used due to sensible relatively heavy weight of the headset main segment).

The earphone of the detachable segment might be turned around its axle see Fig. 55, i.e. in the assembled state it is being flushed in the detachable segment, whereas in the working state it is bent off for right location of the detachable segment against the ear conch see, Fig. 47. The left earphone is fixed in the ear conch only by the rubber lap. This is enough due to light weight of the detachable segment.

Telephone

As per Fig. 90 the telephone contains the processor pos. 50 of telephone, to which the cameras block pos. 51 of telephone, microphones block pos. 52 of telephone, speakers block pos. 53 of telephone, switch block pos. 54 of telephone, battery pos.55 of telephone connected to the power source pos. 22, display pos. 56 of telephone, touchpad pos. 57 of telephone, block pos. 58 of telephone proximity sensor, indicator pos 59 of charging, Bluetooth block pos. 60 of telephone, WiFi block pos. 61 of the telephone are connected. The telephone Fig. 62 is designed to accept phone/ video calls and answer them, including the mode of 'hands free', as well as to select a talker, to take video/ snapshots, to indicate information on calls and to control the other devices.

The phone top view is shown in Fig. 62, and side views are shown in Fig. 63 and Fig. 65.

The telephone is being switched on and off by the switch pos. 173 of the telephone Fig. 63). When the switch button is pressed, the telephone goes to the 'sleep mode'. The repeated pressing the button 'wakes up' the telephone.

In the body pos. 162 of the telephone there is a display pos. 163 of the telephone with a touchpad to output graphic information incoming calls, talker selection, etc. and to control the telephone answering calls, making calls, entering information and other functions).

The rear view of the telephone is given in Fig. 64. In the telephone center there is a round connector pos. 123 of the 'socket' type to charge the telephone.

On the rear side there is also the camera 2 pos. 170 of the telephone for photo and video shooting, the flashlight pos. 174 of the telephone, the microphone 3 pos. 168 of the telephone for video shooting. See Fig. 64.

The following is in the telephone:

- Camera 1 pos. 169 of the telephone Fig. 62 - of low resolution 640x420 pixels), it is designed for video calls;

- Camera 2 pos. 170 of the telephone Fig. 64 - of high resolution some Megapixels), it is designed for photo and video shooting;

- The flashlight pos. 174 of the telephone Fig. 64 - provides an additional light source for the camera 2;

- Speaker 1 pos. 164 of the telephone Fig. 62 - transmits voice conversation in the mode 'Phone conversation';

- Microphone 1 pos. 166 of the telephone Fig. 62 - receives a voice signal in the mode 'Phone conversation';

- Speaker 2 pos. 165 of the telephone Fig. 62 - transmits a voice signal in the mode 'Hands Free';

- Microphone 2 pos. 167 of the telephone Fig. 63 - receives a voice signal in the mode 'Hands Free' and a sound signal of surrounding for noise suppressing.

- Microphone 3 pos. 168 of the telephone Fig. 64 - receives a voice signal in the mode 'Video shooting'.

There is a more informative view of Speaker 2 and Microphone 1 in Fig. 65 In the telephone there is also the following: a proximity sensor pos. 171 of the telephone, an indicator pos. 172 of the telephone.

In the telephone as well as in the headset there are also a barometer, thermometer and hygrometer to measure data and use them later in the 'smart watch'.

Tube

The tube Fig. 91 contains a controller pos. 26 of tube, to which speakers pos. 23 of tube, battery pos. 25, LEDs pos. 24 of the tube are connected. It communicates with the 'smart watch' a processor pos. 1 of 'smart watch' and the telephone pos. 18. The battery pos. 25 of tube is connected to the power source pos. 22.

The tube is given in Fig. 66, 67, 68, 69. It is designed to store, transport, charge devices as well as to playback sound and to make light effects color music.

Main purpose of the tube is in protecting the devices placed in it. The tube is a cylinder divided into segments rotating around vertical axle. There are devices in the segments.

In the central segment pos. 175 of the tube there is the 'smart watch', the headset and a power source of the charger from the rear side. In the clip segment pos. 176 of tube there is a clip and in the smartwatch segment pos. 177 of the tube there is the smartwatch. In the adapter segment pos. 178 of the tube there is the adapter of the charger, whereas in the WiDi-USB segment pos. 179 of the tube there are a USB cable and WIDI adapter.

The tube might be located in horizontal position as well see (Fig. 67). In the center of the tube there are 4 support legs pos. 186. They are necessary for stable position of the tube on its side: 2 pairs of legs are provided for symmetry; the tube might be positioned either on left side or on right side.

In the upper cover pos. 180 of the tube and in the lower cover pos. 182 of the tube there are the upper speaker pos. 181 / the lower speaker pos. 183 of the tube. In segments adjoining to them along the tube surface there are 2 light indicators: the upper flash indicator pos. 184 of the rube and the lower flash indicator pos. 185 of the tube. They change their color depending on a selected mode and other conditions. For instance, when an alarm clock signal is received, the light indicators gradually glow with white light, whereas in the mode of playing back music, color of light indicators change depending on quantity of low/high frequencies color music.

In the tube center there is a tube shutter pos. 187. Under there slide door there is a round connector of the 'plug' type see Fig. 66. Therefore, it is possible to slide the shutter away and connect a telephone in vertical position to the connector as per Fig. 70. The horizontal tube position is main one. It is more stable. The connected phone serves as a display and its speakers play back stereo sound. The tube is turned into a full-featured mulch-media center with own processor 'smart watches', see Fig. 67.

At the rear of the tube Fig. 69 there is a round connector of the 'plug' type. It is possible to connect a power source and to charge devices located in the corresponding segments, i.e. 'smart watch', telephone, bracelet and headset.

The tube segments can turn around vertical axle and lock with magnets, i.e. in order to turn a segment around its axle, it is necessary to overcome magnet attraction force. Such lock helps to avoid accidental turning opening the segments.

Only tube segments located above the central segment can rotate. This is achieved by special locks at the rotation axle. Their structure will be described later.

Some devices like 'smart watch', clip, bracelet, headset, adaptor, USB cable and WIDI adaptor are located in cradles with lifts and round connectors for charging and positioning round connector magnets). A device for instance, 'smart watches' should be placed on the cradle located in lifted position at the same level with cradle surface. Prior to this the cradle should be turned from the initial position to 180 degrees around vertical axle in order to provide free access to it. The device is being attracted by magnet of the round connector and positioned against the lift and the cradle. Farther, it is necessary to flush the 'smart watch' with a finger deeper into the section till lock click is heard; the fixing cradle in such position. In such position the upper border of the device in this case: 'smart watches' doesn't protrude beyond the upper border of the segment, which might be turned to the initial position.

In order to remove a device from the cradle, it is necessary to press the device with finger again to release the lock fixing the cradle lift. Under influence of the returning spring and the damper the lift slowly takes the cradle and the device to the upper position.

Tube segment types with devices:

Fig. 71 - a segment view with the 'smart watches' with the turned cover.

Fig. 72 - a segment view with the clip with the turned upper cover and the ' smart watches ' segment.

Fig. 72 - a view of central segment with the headset and the bracelet with the turned upper cover and segments with 'smart watch' and the clip.

Fig. 74 - a bottom view of the segment with the WIDI- adapter and the USB-cable with the turned rear cover.

Fig. 75 - a bottom view of the segment with the adapter with the turned lower cover and the segment with the WIDI adapter and the USB cable. Fig. 76 - a bottom view of the segment with the charger with the turned lower cover and the segment with the WIDI adapter and the USB cable.

Structure of locks at the tube rotation axis

Only those tube segments can turn that are positioned above the central segment, when the tube is in vertical position. In the regular position these are segments with 'smart watch' and the clip.

In order to have access to the segment with the adapter, the WIDI-adapter, the USB- cable and the power source it is necessary to turn the tube to 180 degrees against the horizontal axle.

Such mechanics is defined by special locks at the rotational axle. See their structure in Fig. 77.

All segments rotate around the vertical rotation axis pos. 191 of tube segments by means of lock plugs pos. 188 of the tube. The central segment is fixed and can't move. In the bushes and rotational axis there are channels pos. 189 of the tube lock in the form of a capsule. A tube lock ball pos. 190 is placed in them. As it is seen from the diagram, the channels are positioned so that in the upper segments designated with No 1 ball under influence of gravity rolls to the bush hollow and doesn't obstruct bush turning around its vertical axle; in the lower segments designated with No 2 ball gets into the rotation axle hollow and locks the segment, whose rotation around axle is impossible.

When turning the tube itself around the horizontal axle, the balls under influence of gravity lock lower segments designated with 1 and open upper segments designated with 2 for rotation.

Therefore, it is possible in any tube position to turn only upper segments i.e. located above the central segment and to lock lower ones.

Cross section schematically of 'smart watch'

In Fig. 78 one can see schematic cross section of 'smart watch'. The back cover rubber seal pos. 193 of the 'smart watch' is designed to prevent moisture penetration into the 'smart watch' body. This makes it moisture-proof. The back cover pos. 192 of the 'smart watch' is fixed by two laps pos. 194 of the back cover of 'smart watch' and screws located in it.

On the bracelet fabricated of white/ black plastic there are laps pos. 65 of the bracelet with chromed (or like gold) rings pos. 66 of the bracelet. The laps are made in various color compositions (Fig. 79).

In Fig. 80 there is cross section of the bracelet with the cradle for 'smart watch'. As it is seen in the figure, inside the cradle there is a hollow for the bracelet adjusting belt pos. 196.

Inside the bracelet in 2 first segments there is place for additional bracelet batteries pos. 29 for longer operation of 'smart watch'. Charge is being supplied to 'smart watch' through the round connector in the cradle pos. 195 of the bracelet.

Besides the additional batteries in 2 first segments of the bracelet it is possible to place also additional sensors pos. 30 of the bracelet for instance to measure pulse, body temperature or blood pressure, etc.

In the headset the Multilens camera with several lenses allows to do photo/ video shooting. If the headset is worn in the regular condition when main and detachable segments are assembled, the camera sees forward at the eye level. This allows doing shooting with the presence effect. Determination of a shooting vector is to be done by head movement, a shooting mode photo/ video shooting in definite time intervals is to be defined by 'smart watch', whereas focal depth due to availability of several lenses is to be set later, when 'post producing' by a personal computer.

Availability of 2 cameras in the headset allows doing shooting in different directions. Thus, when disconnecting segments, i.e. when the main segment is on one side of the head and the detached is one the other side and both are inserted in ear conchs, the camera of the detached segment watches backward and makes shooting of events happening behind.

If anatomic features of a head don't allow to do it a large ear conch or bouffant hairdo), it is possible to lift the camera with some lenses at the detachable segment by pressing the button under the earphone of the detachable segment, i.e. the button pos. 151 of the camera raise of the headset removeable segment. The camera in the lifted position is shown in Fig. 83

The pad is supported by a spring in the elevated position. Return to the initial position is to be done by simple pressing till fixation.

The camera can rotate in to axes: horizontal and vertical for better selection of shooting angle. A user can bent the pad with camera away and shoot events happening on the side horizontal rotation axis. The pad can be bent away by an arm and it is to be returned to the initial position by the same arm. The pad with the bent away camera is shown in Fig. 84

Moreover, the pad can rotate around its axis vertical rotational axle what allows to shoot events happening above. When turning to 180 degrees, both cameras watch forward. This allows achieving the stereo base principle for shooting video in the stereo mode.

The pad at different turning angles is shown in Fig. 85 and 86. As it is seen from the said above, availability of 2 cameras with several lenses and the turning pad allows making the headset into a powerful versatile device for shooting in various modes (photo, video, regular and stereo).

The hardware and software system is operate in the following way

The 'smart watch' hardware and software system does the following functions:

- time determination (hours);

- playing back and listening to music (MP3 Player);

- playing back and showing video, including playing back sounds MP4 Player);

- coordinate determination (GPS Module);

- determination of cardinal directions (inbuilt compass);

- determination of acceleration ( inbuilt accelerometer);

- determination of spatial position and elevation (gyro and altimeter);

- communication with other electronic devices (GSM, Wi-Fi and BlueTooth communication);

- determination of distance from a signal source (GSM, Wi-Fi and BlueTooth);

- output of sound, video to headphones, telephones and other electronic devices, including simultaneous operation of several devices using the technology Multipoint BlueTooth;

- charging the device from electric mains of various types;

- data recording to the non-volatile memory;

- making calls in networks GSM and LTE, including video calls;

In Fig. 5, 6 one can see positions of the back cover pos. 192 of 'smart watch', when changing the card of the Micro SD format. Having flushed the rear panel lock buttons pos. 64, it is necessary to turn the rear cover. A turn direction has no importance. In our case it should be clockwise.

When turning to 45 degrees, the socket of the Micro SD card will open. Now it might be removed.

The cover might be returned to initial position or to rotate farther clockwise. When rotating clockwise 45 degrees more, the next button of rear cover fixation will open. See Fig. 7.

When the fixation button and the cut in the rear cover match each other, the spring will return the button into initial position; the button will rise and fix the rear cover to prevent it from rotation.

In the same way it is possible to change SIM/LTE-cards in corresponding slots. It should be noted that on the buttons one can find designation of adjoining slots located to the right/ left of the button. This facilitates identification of corresponding part position.

When lowering 'smart watch' into the cradle pos. 195 of the bracelet, its attraction by magnet and matching of round contact groups in the 'smart watch' bottom and the cradle surface happen. Later by turning the rubberized wheel pos. 14 of 'smart watch' one can achieve picture positioning on the display.

On the first rounded bracelet segment under the pad there is device called Optical mouse' pos. 67 with button, which is combined with the button see Fig. 1 1 to select information on the 'smart watch' display. At the same time the segment pad is not fixed and it can shift in vertical direction, in so doing, it imitates pressing the 'optical mouse' button.

The side buttons of the first segment also can shift in horizontal direction: at the same time 'watch' can go to/ leave the 'sleeping mode'.

Bracelet cradle locks are spring-actuated and they can flush in the cradle walls. Principle and sequence of locks pos. 69 of the bracelet is shown in Fig. 13. When releasing 'smart watch' into the cradle, the bracelet locks start to open due to the beveled surface and flush in the cradle walls. In this way 'smart watch' reaches the bracelet cradle pos. 195 without any hindrances.

When 'smart watch' reaches the bottom, the clips will return backwards under influence of the spring and fix the 'smart watch' to prevent them from vertical movement.

In order to remove 'smart watch' from the cradle, it is necessary to slightly bend out the cradle bottom by pressing its center up while keeping its edges down. Locks will open to sides and 'smart watch' might be removed from the cradle.

The structure allows to detach the bracelet and the 'smart watch' only if the latter is taken off the hand. This makes impossible accidental unbuckling and dropping down 'smart watch' from the bracelet during their wearing on the hand.

After installing 'smart watch' into the cradle, it is necessary to turn it further clockwise or counter clockwise in order to fix it in needed position.

Positioning happens in the following way. In the cradle there is a 12+2 connector of the 'plug' type and in the base of 'smart watch' there is a connector of the 'socket' type they will be described later). Arrangement of pins is not important, however, in order to match connector contacts it is necessary to turn 'smart watch' further to the angle of 0-360/12 = 30 degrees (Fig. 14). The rubberized wheel pos. 14 with detached 'smart watch' is blocked against rotation. However, once contacts match, a signal is sent to 'smart watch' and the ring starts to rotate, automatic unblocking the ring rotation happens.

Picture orientation on the display happens programmatically. The 'smart watch' itself defines its position against the bracelet cradle, taking data from connector contacts. So, the picture is always output in vertical orientation.

When pressing buttons pos. 70 of bracelet length regulation (Fig. 15, 16), it is possible to extend the belt to a necessary length and then to fix it by releasing the buttons.

When matching bracelet lock halves, they are being attracted by main magnets of opposite poles and held in the magnetized state on the hand. See Fig. 17. Auxiliary magnets of similar poles are placed far one from another and they don't influence on each other.

In order to unbuckle the lock, it is necessary to move the lock halves together. Thereby the distance between main magnets increases, attraction forces weaken and the distance between auxiliary magnets decreases as well. It will cause repulsion forces between the lock halves and the lock will unbuckle. A side of shifting lock halves against each other is not important.

Text Manual Input

'Smart watch' allows entering text by handwriting on the display. See Fig. 18.

If a text should be entered, a cursor is to be set on the text field. Then handwriting signs are put by a finger or stylus on the display. Their transformation into computer symbols happens later.

The technology has been developed by Vision Objects Company http://www.visionobiects.com/ and it might be introduced in the operation system of 'smart watch'. This technology significantly simplifies entering information on a display of small size.

Textual information might be also entered by selecting corresponding symbols of a preset symbol quantity of the operation system. This happens by turning the rubberized ring with confirming a selected symbol by pressing on the display. In the same way it is possible to select icons programs), menu items and the other information.

In the connector bodies - the body of pos. 81 the 'socket' connector' and the body pos. 88 of the 'plug' connector there are magnets: the magnet pos. 73 of 'socket' connector and the magnet pos. 78 of the 'plug' connector, which align connectors by magnetizing. Due to connectors' having 12 pins, their angle of turn against each other for precise positioning makes 30 degrees at most. In order to connect the plug and socket it is enough just to move them close to each other and slightly turn the plug till click is heard. Magnet forces will attract and align the devices; the plug body rib will be around the socket magnet.

In order to connect the plug and socket as per Fig. 20 it is enough just to move them close to each other. Magnet forces will attract and align the devices. For better positioning it is necessary to align the connectors till click is heard. The 'plug' body rib will be around the 'socket' connector magnet.

A flat cable linking both connectors of the charger can roll up like a tape ruler and hide in a cylindrical body. The round connector hides in a flat body as well. In order to take the flat connector out of the body it is necessary to use slides.

A ratchet is installed in the cylindrical body. It allows not only to draw the flat cable to necessary length, but also to fix it in such position. If it is necessary to roll up the cable back into the cylindrical body, draw it slightly out again and release it at low speed. A returning spring will take it back to the rolled state.

The USB cable is given in Fig. 35 and it used for communication of 'smart watch' and the headset with personal computers that have USB ports. The cable is to be connected into a computer USB port on one end and to the round connector of 'smart watch' or the headset on the other end. It is used to exchange data between devices through wires.

The adapter WiDi is given in Fig. 38. It is used to link 'smart watch' with personal computers having USB ports USB 3.0 version is supported), as well as to send image information to the port HDMI version 1.4 of TV-sets, monitors and other devices with such port.

On the shifting cover of the adapter one can see logos USB and HDMI allowing identifying position of a corresponding connector.

In order to use the adapter, it is necessary to shift the cover and flip back turn corresponding connector as it is shown in Fig. 39, 40.

On the turning parts there LEDs made as small size logos. They serve as indicators of data exchange i.e. they glow, if connection is established, and blink, (if data exchange).

In the standard state the clip might be clung to a belt together with 'smart watch'. In order to wear the clip on the neck, it is necessary to draw out the flexible strap pos.

133 of clip and to put the clip on the neck Fig. 42. The belt is rolled up by pressing the button of rolling it up. The clip with the drawn out strap is given in Fig. 43.

In order to install the clip on a table position 1 and to use it as an adapter / a support for charging devices position 2, it is necessary to bend away the clip-support by pressing the button 134 of clip-stand fixation. When the button is released, the support fixes in a set position 1 or 2. The clip bent away into position 1 with the support is shown in Fig. 44.

There is no a battery in the clip, but it might be used for charging the inserted 'smart watch' by means of a power source adapter. For this purpose on the rear side of the clip there is a round connector of the ' Socket' type.

Playing back audio records in mono/ stereo - modes, listening and speaking in the phone/ video call mode, suppressing external noises for instance, when flying in a plane or a noise premise might be done by the headset. A general view of the headset is given in Fig. 45.

Barometer, thermometer, hygrometer, sensors of position and acceleration of the headset serve to measure data and use them in 'smart watches'.

The headset consists of 2 segments: main segment pos. 136 of the headset and removable segment pos. 137 of the headset. The headset might be used either as one segment or as 2 detached segments connected by a wire. See Fig. 46, 47. When using the headset as one segment, it is possible to listen music only in the mono mode, whereas when using 2 segments, playing back is possible in the stereo mode.

As a rule, the main segment is to be inserted in the right ear, but the headset might be used for left-handed people as well. In such case the earpiece pos. 142 of the headset earphone and the patching loop pos. 141 of the headset earphone can rotate. Then the main segment might be inserted in the left ear.

In the main segment there is a battery necessary to feed the headset. Energy supply for charging is done through the round connector pos. 123 of the 'socket' type, which is in the internal part of the main segment (Fig. 48). The connector is closed with a cover, which opens by means of cover slider pos. 150 of the headset.

The main and detachable segments in the assembled state are magnetized to each other by magnets installed in them. The detachable segment for parting should be drawn in order to overcome magnetic forces and to part it from the main segment. At the same time the wire is being drawn out from the main segment to the length of 35-40 cm like a tape ruler. It overcomes the spring force, taking it back to the initial position. When extending to the working length, the wire is being fixed by the ratchet. The segment should be assembled in the following way. It is necessary to slightly part the segments from each other: the wire will release the ratchet lock. Then the segments should be slowly connected to each other. Under influence of the returning spring the wire will enter the main segment and roll up on a spool, and the segments, when approaching each other, will magnetize each other. For precise positioning of segments against each other the headset laps rails pos. 161 are provided. See Fig. 54. They are made like 2 boxes and placed in segment ends. They work as per the principle 'plug' and 'socket'.

In the headset there is 2 inbuilt Multilens cameras pos. 144 of the headset allowing to make photo and video. One camera is in the detachable segment end, whereas the other is in the main segment end. If the segments are connected, only one camera works, i.e. the camera located in the detachable segment end.

The Multilens photo and video-camera is a set of 4x4 lenses that shoot simultaneously with various focal distances and image parameters exposure and diaphragm). This allows to achieve informative excessiveness for a snap and to set later necessary parameters for the image focal distance, resolution, diaphragm, and exposure).

In the main segment there is a clip pos. 147 of the headset to fasten the headset to clothes. When the upper clip part is pressed, it turns around the axis pos. 149 of the headset clip and is flushed in the notch pos. 148 of the headset clip. The clip lower part lifts to form a clearance and to allow clinging the headset to a pocket lining or a clothes edge. If the upper part is released, its spring returns the clip to the initial position to fix the headset on clothes.

Headset control is to be done in three ways:

- Way 1 : By finger tips

In laps of both headset sections there is a touchpad pos. 43, pos. 49. Volume increase is to be done by pressing the lap area where buttons pos. 153 of volume adjustment is placed. It is located closer to the right earphone see Fig. 45, it is indicated with '+'. Volume decrease is to be done by pressing the lap area of the detachable segment see Fig. 45, it is indicated with Replying to a call is to be done by sliding movement over the headset from '+' to '-'. Ignoring a call is to be done by sliding movement in the backward direction. Also the other commands with other gestures are possible.

- Way 2: By words voiceful

Words having similar phonation in various languages are to be pronounced. They are processed and rendered to controlling commands for the headset. PHOTO - switching to the photo camera mode camera work), CLICK - taking a snapshot, MULTI - the mode of frame by frame filming, i.e. a snapshot is being done during a set period of time in equal time intervals to be set beforehand). VIDEO - the mode of video recording, START - video recording beginning, STOP - video recording end. PANORAMA - the mode of taking panoramic snapshots. The other commands are also possible.

- Way 3 : By 'smart watch' programmed It is possible to set parameters and setpoints that are to be rendered to controlling commands for the headset by the 'smart watch' software.

Time intervals for the frame by frame filming, voice activated dialing, track control to play music and other headset control options are implemented in the programmed way.

In the headset side part on top and bottom there are metal nets pos. 146 of the headset.

Under the lower grids inside there are 3 microphones one in a detachable segment and two in the main segment). The 4^th microphone is in the headphone and will be described later together with the device and headphone functionality.

4 microphones of pos. 143 of the headset are necessary to provide 2 additional headset modes:

- 'Surrounding' Mode;

- 'Noise Suppression' Mode.

In the 'surrounding' mode the headset reads sounds of ambient surrounding and directs them to the headphones. Therefore, in both ear channels there is equal audibility in case, if the headset is only on one ear), or surrounding sounds/ talk are audible if the headset is on two ears), including listening to music or telephone conversation.

In the 'noise suppression' mode the head set reads sounds of surrounding for their subsequent suppression in the signal sent to the earphones by means of feedback and incoming signal reverse. This diagram is used also for noisy premises club, discotheque, stadium or in a plane in order to eliminate parasitic noises and to boost the useful signal. In this mode it is also possible to additionally switch 4th microphone in the ear channel, which reads voice of a speaking subscriber directly from the ear channel. This provides good quality recording a voice signal and possibility of good quality telephone conversation in a noisy place a talker doesn't hear loud sounds of surrounding.

All these options are adjusted in the 'smart watch' similarly to volume limitation in the headsets.

The 4^th microphone is in the earphone.

Under upper grids there is a speaker pos. 145 of the headset ringer, selection of a melody and volume adjustment is to be done by the 'smart watches'. In the very segment there is also a vibro-motor to vibrate instead of the ringer see (Fig. 49).

In the end part of the main segment near the right ear phone there is an indicator pos. 155 of the headset battery, a switch pos. 154 of the headset and switch pos. 156 of the headset battery indicator, see Fig. 49, Fig. 50. Two switches are combined in one assembly: the switch pos. 154 of the headset moves vertically and it switches off the headset, whereas the switch pos. 156 of the headset battery indicator, when pressed, shows remaining time of headset operation at a current level of headset battery charge.

The headset is exchanging data with the 'smart watch' via the Bluetooth protocol and electric energy is being saved at the time. In order to save electric energy, the headset might be temporally switched off by the switch.

The switch and the headset microdisplay pos. 157 are given in Fig. 50.

The switch, when its slide moves up/down, switches on/off the headset respectively. However, when the slide is pressed, battery charge indication is seen. The battery charge indicator shows a level of remaining charge in the battery in percentage bar shape and as remaining time in hours of headset work in the mode of 'conversation'. The battery charge indicator glows continuously, when the headset is connected to mains for charging. You can always see a current level charge and time of headset work. See, Fig. 50.

In the external part of the headset there are plastic laps pos. 152 of the headset. They are fabricated in various colors and might be detached and replaced with other laps fitting by color to the bracelet. They fasten to segments with 2 magnets pos. 160 of headset laps and holes pos. 159 of headset lap rails. See Fig. 51. Magnets 2 pes for each lap are located in the headset body near the rail holes and they serve to fix laps in the main set position. On each lap there are 2 rails pos. 158 of headset laps: long and short laps. The long rails serves as a turning axis, when laps are being replaced. The short rail is a lock fixing the lap in its initial position.

In order to change laps it is necessary to turn each of them clockwise or counter-clock wise against the long rail, which is near to the headset edge. See Fig. 52. Farther, when the magnet force is overpassed, just lift the lap. Lap installation is to be done in the reverse order.

A resistive film making the lap sensory is located on the lap surface. When swiping a finger over the lap from top to bottom, you can answer a call, whereas, when swiping from bottom to top, you can ignore a call. By pressing zones '+' and '-' ~ you can increase/ decrease volume of speakers. These zones might be illuminated.

The sensory surface is also on the detachable segment. By pressing it during player operation it is possible to pause a file playback and by double pressing you can continue its playing. By swiping finger over the sensory surface you can start playback of the next previous track.

The other type of the headset is given in Fig. 53. The structure of connecting 2 sections with a wire is well seen. The headset in open state is given in Fig. 54. In the main segment there is also the Multilens camera allowing taking pictures even in the shifted state of the headset. At the same time due to the structural feature the wire doesn't obstruct shooting by camera lenses.

The earphone pos. 138 of the headset removable segment can turn around its axis. In the open state it might be inserted in the ear conch and listen to audio records in stereo mode. In the assembled state the ear phone goes into its socket and doesn't obstruct to wear the headset. See Fig. 55.

A memory card of the MicroSD format might be inserted in the headset. It is located under the upper lap of the detachable segment. In order to substitute it, remove the lap and press the card. See Fig. 52.

The earphone structure is shown with the earphone example pos. 139 of the headset main segment in Fig. 57.

The earphone is to be inserted in the ear conch and fixed in it by a rubber three stage lap pos. 140 of the headset earphone due to elastic and friction forces. The lap is detachable. Five laps of various sizes for different ear sizes are delivered in the full set.

In the earphone there are 2 speakers in the same body: high frequency speaker and low frequency speaker to produce sound of better quality.

In the lap center there is a hole for the microphone, which takes sound directly from the ear conch to provide conversation in the mode of noise suppression see above.

Additional earphone fixation in the ear is provided by a loop pos. 141 of patching headset earphone and the ear piece pos. 142 of the headset earphone. At the same time both elements are detachable. The loop is fabricated of transparent rubber soft plastic and it provides fixation of it in the ear conch due to elastic force in longitudinal and transverse directions. The fixation loop is delivered in a full set of 5 pes. of different sizes for different sizes of ear conchs.

The ear holder has a wire core, around which rubber is cast soft plastic. The ear holder is being hanged on an ear and should be used due to sensible relatively heavy weight of the headset main segment).

The earphone of the detachable segment might be turned around its axle see (Fig. 55), i.e. in the assembled state it is being flushed in the detachable segment, whereas in the working state it is being bent off for right location of the detachable segment against the ear conch see, (Fig. 47). The left earphone is fixed in the ear conch only by the rubber lap. This is enough due to light weight of the detachable segment.

Charging the system devices might be done in several ways, but it is necessary to remember that the devices including the charger power source are equipped with the 'socket' connector. That is why charging is possible only through an adapter having round connector of the 'plug' type on its both ends. See Fig. 58.

Also, it is possible to charge devices immediately; a connection diagram is shown in Fig. 58, 59, 60, 61. The clip-stand pos. 135 of the clip is fixed in position 2 and serves as additional supporting points. See Fig. 61. On one end the clip is connected to a charger power source. In this case the clip serves as a current conductor. The headset and the bracelet with 'smart watch' inserted in it are fed from the charger adapter connected to the clip.

The telephone Fig. 62 is designed to accept phone/ video calls and answer them, including the mode of 'hands free', as well as to select a talker, to take video/ snapshots, to indicate information on calls and to control the other devices.

The telephone is being switched on and off by the switch pos. 173 of the telephone (Fig. 63). When the switch button is pressed, the telephone goes to the 'sleep mode'. The repeated pressing the button 'wakes up' the telephone.

In the body pos. 162 of the telephone there is a sensory display pos. 163 of the telephone the display is with a touchpad to output graphic information: incoming calls, talker selection, etc. - and to control the telephone: answering calls, making calls, entering information and other functions. See Fig. 64.

- Camera 1 pos. 169 of the telephone Fig. 62 - of low resolution 640x420 pixels), it is designed for video calls;

- Camera 2 pos. 170 of the telephone Fig. 64 - of high resolution some Megapixels), it is designed for photo and video shooting;

- The flashlight pos. 174 of the telephone Fig.64 - provides an additional light source for the camera 2;

- Speaker 1 pos. 64 of the telephone Fig. 62 - transmits voice conversation in the mode 'Phone conversation';

- Microphone 1 pos. 166 of the telephone Fig. 62 - receives a voice signal in the mode 'Phone conversation';

- Speaker 2 pos. 165 of the telephone Fig. 62 - transmits a voice signal in the mode 'Hands Free';

- Microphone 2 pos. 167 of the telephone Fig. 63 - receives a voice signal in the mode 'Hands Free' and a sound signal of surrounding for noise suppressing.

- Microphone 3 pos. 168 of the telephone Fig. 64 - receives a voice signal in the mode 'Video shooting'.

Barometer, hygrometer and thermometer inbuilt in the telephone might be used to measure data and use them later in 'smart watch'. Main purpose of the tube is in protecting the devices placed in it.

The tube might be located in horizontal position as well see (Fig. 67). In the center of the tube there are 4 supporting legs pos. 186 of the tube. They are necessary for stable position of the tube on its side: 2 pairs of legs are provided for symmetry; the tube might be positioned either on left side or on right side.

In the upper cover of the tube pos. 180 and in the lower cover of the tube pos. 182 there are the upper pos. 181 and the lower pos. 183 speakers. In segments adjoining to them along the tube surface there are 2 light indicators: the upper flash indicator pos. 184 of the tube and the lower flash indicator pos. 185 of the tube. They change their color depending on a selected mode and other conditions. For instance, when an alarm clock signal is received, the light indicators gradually glow with white light, whereas in the mode of playing back music, color of light indicators change depending on quantity of low/high frequencies color music.

In the tube center there is shutter pos. 187 of tube. Under there slide door there is a round connector of the 'plug' type see Fig. 66. Therefore, it is possible to slide the door away and connect the telephone in vertical position to the connector as per Fig. 70.

The horizontal tube position is main one. It is more stable. The connected phone serves as a display and its speakers play back stereo sound. The tube is turned into a full-featured mulch-media center with own processor 'smart watch'), see Fig. 67.

At the rear of the tube Fig. 69 there is a round connector of the 'plug' type. It is possible to connect a power source and to charge devices located in the corresponding segments, i.e. 'smart watches', telephone, bracelet and headset.

The tube segments can turn around vertical axle and lock with magnets, i.e. in order to turn a segment around its axle, it is necessary to overcome magnet attraction force. Such lock helps to avoid accidental turning opening the segments.

Only tube segments located above the central segment can rotate. This is achieved by special locks at the rotation axle. Their structure will be described later.

Some devices like 'smart watches', clip, bracelet, headset, adaptor, USB cable and WIDI adaptor are located in cradles with lifts and round connectors for charging and positioning round connector magnets). A device for instance, 'smart watch' should be placed on the cradle located in lifted position at the same level with cradle surface. Prior to this the cradle should be turned from the initial position to 180 degrees around vertical axle in order to provide free access to it. The device is being attracted by magnet of the round connector and positioned against the lift and the cradle. Farther, it is necessary to flush the 'smart watch' with a finger deeper into the section till lock click is heard; the fixing cradle in such position. In such position the upper border of the device in this case: 'smart watch' doesn't protrude beyond the upper border of the segment, which might be turned to the initial position.

In order to remove a device from the cradle, it is necessary to press the device with finger again to release the lock fixing the cradle lift. Under influence of the returning spring and the damper the lift slowly takes the cradle and the device to the upper position.

Only those tube segments can turn, which are positioned above the central segment, when the tube is in vertical position. In the regular position these are segments with 'smart watch' and the clip.

In order to have access to the segment with the adapter, the WIDI-adapter, the USB- cable and the power source, it is necessary to turn the tube to 180 degrees against the horizontal axle.

Such mechanics is defined by special locks at the rotational axle. See their structure in Fig. 77.

All segments rotate around the rotation axis pos. 191 of tube segments by means of plug pos. 188 of the tube lock. The central segment is fixed and can't move. In the bushes and rotation axle there is channels pos. 189 of the tube lock in the form of a capsule. A tube lock ball is placed in them pos. 190. As it is seen from the diagram, the channels are positioned so that in the upper segments designated with 1 the ball under influence of gravity rolls to the bush hollow and doesn't obstruct bush turning around its vertical axle; in the lower segments designated with 2 the ball gets into the rotation axle hollow and locks the segment, whose rotation around axle is impossible.

When turning the tube itself around the horizontal axle, the balls under influence of gravity lock lower segments designated with 1 and open upper segments designated with 2 for rotation.

Therefore, it is possible in any tube position to turn only upper segments i.e. located above the central segment and to lock lower ones.

Industrial Applications

The present invention is embodied with multipurpose equipment extensively employed by the industry.

Claims

Claims

1. The hardware and software system having a basic unit made in the form of a watch with possible installation in a cradle of a removable wearing device having a controller to exchange data and make measurements as well as to perform information functions together with the microphone headset and the watch. The latter made in a water-proof body, in which there are a touchpad on one side and a glass cover on the other side. A rubberized ring to interact with a processor for selecting information, menu items put out on the display and entering a text is located between the touchpad and the cover.

2. The system as per cl. 1 is featured by the watch processor, to which the following is connected: navigation module GPS/GLONASS, WiFi modules, Bluetooth, GSM network block, LTE network block, videocard, display, battery, MicroSD card, BIOS block, touchpad, as well as sensors of accelerometer, altimeter, gyro, hygrometer, thermometer. The system also allows connection of an adapter, PC, external units of the wearing device, headset with earphones and processor, cell phone, tube for subsequent installation of the watch in them, microphone headset, telephone and WIDI adapter to the processor.

3. The system as per cl.2 is featured by the following: the watch body is made in cylindrical form and equipped with the external central electric connector to match with the wearing device cradle connector, and made with pads to install modular memory/ SIM cards around the connector under the glass cover; MP3 player, MP4 player, inbuilt compass made programmatically and connected to the processor.

4. The system as per cl. 3 is featured by the following: the wearing device controller is connected to a switch, battery; electric connectors of the watch and wearing device cradle is made ring-shaped and equipped with contacts to control matching as well as with magnetizing parts, when connecting.

5. The system as per any cl. 1-4 is featured by the wearing device made as a clip for wearing on the neck or a belt. It is equipped with a rolling belt and a folding clip-support.

6. The system as per any cl. 1-4 is featured_ by the watch wearing device made as a wrist wearable bracelet with a magnetic lock and several segments connected between themselves and with the cradle.

7. The system as per cl. 6 is featured by the first cradle segment, in which there is the

Optical mouse' device with possibility to move in vertical direction to imitate pressing the button 'mouse' and side buttons with possibility of moving in horizontal direction and blocking watch control.

8. The system as per cl. 7 is featured by the second and third bracelet segments, where battery, GSM/LTE module, SIM-card slots are arranged. In the last segments of the bracelet there are buttons to adjust bracelet length with possibility to draw out the inbuilt adjusting belt, on whose ends there are parts of the magnetic lock.

9. The system as per cl. 8 is featured by connecting a switch, battery, touchpad linked with the optical mouse, and sensors of blood pressure, body temperature and pulse to the bracelet controller.

10. The system as per cl. 1 is featured by the microphone headset having a clip to cling to clothes. It is equipped with a player, barometer, sensors of position and acceleration. At the same time the headset consists of two segments with rotating earphones. The segments are connected by a rolling up wire. The detachable segment might be either connected to the main one by magnets or to be parted from it. In the main segment there is a battery with a round connector in internal part of segment with a charge indicator.

1 1. The system as per cl. 10 is featured by the headset containing it its main segment the processor, to which the following is connected: a headphone speaker, ringer speaker, vibro-motor, Micro SD card, BIOS block, charge indicator, switch, GPS/GLONASS navigation module, battery, microphones, touchpad, module of wireless connection Bluetooth, photo/ video camera with several lenses and sensors of accelerometer, altimeter, gyro, compass, thermometer, hygrometer. In the detachable segment there are headphone speaker, photo/ video camera with several lenses, sensory film connected to the main processor segment.

12. The system as per cl.11 is featured with the both headset segments, in which the laps are inbuilt. Each lap has a sensory film to control connection and volume.

13. The system as per cl. 6 is featured by the charger containing an adapter and a power source. The end sides of the adapter are made as flat electric connectors: one is arranged at the top and two round electric connectors are arranged at the bottom. The adapter has possibility to install the bracelet between the locks to charge the bracelet and the watch installed in the cradle.

14. The system as per cl. 13 is featured by the power source, which is equipped with a pulling-out wire with the 'socket' electric connector to match with the adapter.

15. The system as per cl/ 1-4 is featured by the WIDI adapter having the 'smart watch' linking with PCs with USB ports as well as by image transmission to the HMDI port of TV- sets, monitors and other equipment having such port. The adapter has a shifting cover, under which there is a turning connector with LEDs to indicate connection and data transfer.

16. The system as per. cl. 1-4 is featured by at least 1 USB-cable of the headset to connect it to PCs with USB ports. The cable consists of a round connector, a wire and the USB connector. A round rotating ring is provided in bodies of the indicated connectors. In its center there is a logo glowing, when the cable connects to a USB-Port.

17. The system as per cl. 1 -4 is featured by the telephone processor, to which the following is connected: cameras, microphones, speakers, switch, battery, display, touchpad, proximity switch, charge indicator, wireless connection modules Bluetooth and WiFi.

18 . The system as per 1-4 is featured by the tube with a controller for further installation of watch, its wearing device, headset, telephone in it. The tube has possibility of informational interaction, color indication, sound playback. At the same time speakers, LEDs, battery are connected to the tube controller.

19. The system as per cl. 1-4 is featured by its software to implement the following functions:

- determining time by a watch work,

- playing back and listening to music by a MP3 player,

- playing back and showing video, including playing back sounds by a MP4 Player,

- determining coordinates by a navigation GPS module,

- determining cardinal directions by an inbuilt compass,

- determining movement acceleration by an inbuilt accelerometer,

- determining spatial position and elevation by gyro and altimeter respectively;

- connection with other electronic devices and determination of distance to a signal source by wireless connection means GSM, Wi-Fi and BlueTooth,

- output of sound, video to headphones, telephones and other electronic devices, including simultaneous operation of several devices using the wireless technology Multipoint BlueTooth;

- charging the device from electric mains of various types;

- entering a text by putting handwritten signs on the display or by the rubberized turning ring,

- data recording to the non-volatile memory;

- making calls in networks GSM and LTE, including video calls;